0) {return;} listingList.loadDescription(16197526, 5, 0, )"> Condition: like new (used) , Year of construction: 2004 , HYDRAULIC PRESS FOR GLUING WOODEN ELEMENTS TO THE THICKNESS OF HSKG Category: VI - Hydraulic presses for gluing wooden parts. The HSKG device is used for gluing wooden cut-thickness parts under high pressure of hydraulic cylinders. The range of achievable crushing forces per cylinder is 5-11kN (horizontal) and 25-55kN (vertical). The gluing of elements is carried out in a stack with the dimensions of the loading field. Stack forming is carried out by hydraulic compression between the sliding vertical beams and the vertical slats of the transverse cylinders. Both stack forming elements are equipped with wooden or metal inserts corresponding to the profile of the slat stack. Gluing wooden elements from the thickness improves the quality of the frames, reduces the cost of machining, reduces the amount of wood waste. Technical and operational data ( of standard execution HSKG - 6m ) Rcsbyetrl R Aebq A Nxsh Number of loading fields pcs 4 Dimensions of a single loading field - loading height - length of slats in one field mm mm Maximum width of slats mm 150 Maximum length of glued elements mm 3120 Installed power kW 3 Electricity supply V AC 3/N/PE, 400V 50Hz Control voltage V DC 24 Number of actuators on one field: mm mm O 50x100 - 3 pcs. O 80x100 - 3 pcs. External dimensions (L x W x H) mm 8120x1000x2300 Weight of the device kg 4800 At the request of the customer, we also make other configurations of pressure actuators control depending on the expected length of glued elements, as well as other lengths of individual working fields in different quantities in the whole press set, and working width of up to 220 mm maximum with increased pressure force. Intermediem vanzarea acestui utilaj industrial. La cerere, putem asigura transport specializat la destinatie, punere in functiune si pachete de garantie viitoare. Contact direct: Danut Stroie, Telefon / WhatsApp: +40 741 955 772, Email: masiniuneltedevanzare@gmail.com.